A complex mathematical system of optimization of electrical energy production with decision making support will be developed and tested in a real environment. It will improve the efficiency of electrical energy production and sales.

Subsea gas processing using the revolutionary twister technology. The aim is to gain knowledge of high pressure natural gas and complementary sub-sea equipment essential for the development of a sub-sea twister installation.

Developing a novel ceramic filter element for continuous electro deionisation (cedi) and to develop a new cedi-system for purification of water, utilising this ceramic element, intended for operations at high temperature and pressure.

Raicol crystals will develops new and improved c-o and non-linear optical materials. Leysop will characterise them and design into novel modulating, switching and deflecting devices, while aot will integrate them in new highly advanced laser products.

(i) development of a high molecular diversity library, made by hemi synthetic compounds, and (ii) screening of this library on dermatological tests, in order to identify new biologically active compounds.

Development of an analytical technology for the full characterisation of combinatorial chemistry libraries. This high throughput analysis (hta) system will relieve the current bottleneck affecting drug discovery laboratories.

Development of a seismic sequence stratigraphic interpretation system on top of the innovative d-tect seismic attribute processing and pattern recognition system. Decomposition and analysis of seismic data in a transformed, geological time domain.

Raising the productivity and competitiveness of European businesses through technology. Boosting national economies on the international market, and strengthening the basis for sustainable prosperity and employment.